Academic staff (28)
Agni Bethani (CP3)
My research interests revolve around Higgs physics and searches for physics beyond the Standard Model (SM). I am an expert in searches for Higgs pair production at the LHC. I was a member of CMS during my PhD, and after 5 years in ATLAS I returned to CMS in July 2019. While in ATLAS I lead the HH->bbττ analysis. Currently, in CMS, I am working on the HH->bbWW channel. As we gather more data at the LHC and improve our analysis techniques, the sensitivity to the Higgs pair production increases. The HH decays studies can constrain several SM parameters, with the Higgs self-coupling being the most important one. Therefore I am interested in the Effective Field Theory interpretation of the HH results. In parallel, I am contributing the flavour-tagging group in CMS. I am also interested in science communication, outreach and the representation of women and minorities in science.
My research interests revolve around Higgs physics and searches for physics beyond the Standard Model (SM). I am an expert in searches for Higgs pair production...
Office: E.260
Email: agni.bethani@uclouvain.be
Giacomo Bruno (CP3)
Experimental physicist doing research in gravitational-wave physics with the Virgo experiment at the EGO observatory and in particle physics with the CMS experiment at the LHC collider of the CERN laboratory. Also involved in the preparation of the future Einstein Telescope gravitational-wave facility.
On Virgo: activities in physics data analysis (quasi-monochromatic gravitational waves, stochastic gravitational wave background, and search for coincident gravotational wave and neutrino signals) and computing.
On Einstein Telescope: research and development on mirror suspension system and mitigation of Newtonian noise.
On CMS: searches for signals of physics beyond the Standard Model in the Higgs sector; development of a reconstruction algorithm for high-energy muons; operation of the Belgian Tier2 computing centre that is part of the World LHC Computing Grid.
Experimental physicist doing research in gravitational-wave physics with the Virgo experiment at the EGO observatory and in particle physics with the CMS experi...
Pierre-Emmanuel Caprace (MATH)
Christophe Charlier (GPP)
My research focuses on problems in mathematical physics, random matrix theory and integrable partial differential equations.
My research focuses on problems in mathematical physics, random matrix theory and integrable partial differential equations.
Tom Claeys (GPP)
random matrix theory, integrable systems
Matrices aléatoires; Déterminants de Hankel, Toeplitz et Fredholm; Systèmes intégrables; Polynômes orthogonaux
random matrix theory, integrable systems
Matrices aléatoires; Déterminants de Hankel, Toeplitz et Fredholm; Systèmes intégrables; Polynômes orthogonaux
Eduardo Cortina Gil (CP3)
Experimental particle physics. I'm mainly involved inNA62 experiment at CERN: detector completion and radiative kaon decays. I'm also interested in detector development for future experiments: monolithic pixel detectors and fine granularity calorimetry.
Experimental particle physics. I'm mainly involved inNA62 experiment at CERN: detector completion and radiative kaon decays. I'm also interested in detector dev...
Céline Degrande (CP3)
I am working on Effective Field Theory (EFT) at colliders mainly in top and electroweak sector. Recently, I have been focusing on the interplay between PDF and EFT fits and on the computation of NLO QCD corrections for the SMEFT.
I am the author of NLOCT and one of the FeynRules authors.
I am also investigating how the photon polarisation in cosmic rays can be used to probe BSM physics.
I am working on Effective Field Theory (EFT) at colliders mainly in top and electroweak sector. Recently, I have been focusing on the interplay between PDF and...
Christophe Delaere (CP3)
Experimental particle physicist working on the performance and operation of the CMS detector, on the upgrade of its silicon strip tracker for HL-LHC, and on the search for an extended Higgs sector. I am currently the UCLouvain CMS group leader.
Experimental particle physicist working on the performance and operation of the CMS detector, on the upgrade of its silicon strip tracker for HL-LHC, and on the...
Marco Drewes (CP3)
I combine studies of the early universe with the results of laboratory experiments and astronomical observations to address fundamental questions in particle physics and cosmology.
I combine studies of the early universe with the results of laboratory experiments and astronomical observations to address fundamental questions in particle ph...
Gauthier Durieux (CP3)
Phenomenology beyond the standard model at present and future colliders, top-quark and Higgs physics, effective field theories, on-shell amplitude techniques
Phenomenology beyond the standard model at present and future colliders, top-quark and Higgs physics, effective field theories, on-shell amplitude techniques
Marino Gran (MATH)
Research interests: categorical algebra, universal algebra, Galois and descent theory, non-abelian homology, Hopf algebras
Research interests: categorical algebra, universal algebra, Galois and descent theory, non-abelian homology, Hopf algebras
Christian Hagendorf (GPP)
Research interests: Exactly-solvable models in statistical mechanics, integrability and combinatorics.
Research interests: Exactly-solvable models in statistical mechanics, integrability and combinatorics.
Pascal Lambrechts (MATH)
My work is in algebraic topology. My recent theme of research are
motivated by the study of moduli spaces coming from
differential topology, like spaces of smooth embeddings and of
diffeomorphisms, using manifold functor calculus, rational homotopy
theory, configuration spaces, operads of little disks, ...
My work is in algebraic topology. My recent theme of research are
motivated by the study of moduli spaces coming from
differential topology, like spaces of s...
Vincent Lemaitre (CP3)
Experimentalist, CMS collaboration. Search for phenomena Beyond the Standard Model. In particular, in the scalar sector related to the electroweak symmetry breaking and in final states including top quarks. Also interested in the silicon tracker developments and construction for the next generation of experiments.
Experimentalist, CMS collaboration. Search for phenomena Beyond the Standard Model. In particular, in the scalar sector related to the electroweak symmetry brea...
Fabio Maltoni (CP3)
I am interested in the phenomenology of the standard model and beyond, and particularly in collider physics.
I am interested in the phenomenology of the standard model and beyond, and particularly in collider physics.
Timothée Marquis (MATH)
Research interests: Geometric group theory; Kac-Moody groups and algebras; Groups with a BN-pair, Coxeter groups and buildings; Infinite-dimensional Lie groups and algebras; Locally compact groups
Research interests: Geometric group theory; Kac-Moody groups and algebras; Groups with a BN-pair, Coxeter groups and buildings; Infinite-dimensional Lie groups...
Heiner Olbermann (MATH)
Mes intérets de recherche se trouvent dans le domaine des équations aux dérivées partielles. Surtout je travaille sur des questions en calcul des variations. En particulier, je m'intéresse à l'élasticité non-linéaire, et à des problèmes variationels qui contiennent en même temps des aspects physiques et géométriques.
Mes intérets de recherche se trouvent dans le domaine des équations aux dérivées partielles. Surtout je travaille sur des questions en calcul des variations. En...
Augusto Ponce (MATH)
Partial differential equations; nonlinear analysis
Partial differential equations; nonlinear analysis
Christophe Ringeval (CURL)
Early universe cosmology, CMB, inflationary cosmology, topological defects, string cosmology, data analysis.
Early universe cosmology, CMB, inflationary cosmology, topological defects, string cosmology, data analysis.
Tim Van der Linden (MATH)
Research in homological algebra: study of homology and cohomology of non-algebraic objects using categorical methods, such as Galois theory of higher central extensions
Research in homological algebra: study of homology and cohomology of non-algebraic objects using categorical methods, such as Galois theory of higher central extensions
Jean Van Schaftingen (MATH)
I am working in mathematical analysis, on problems in the fields of partial differential equations, calculus of variations and function spaces, including endpoint L¹ estimates for differential operators, Sobolev mappings, Ginzburg-Landau functionals, vortices
in fluid dynamics, magnetic Sobolev spaces and semi-linear elliptic problems.
I am working in mathematical analysis, on problems in the fields of partial differential equations, calculus of variations and function spaces, including endpoi...
Pedro Vaz (MATH)
Knot theory and quantum topology,
Higher representation theory and its applications in low-dimensional topology,
Categorification of quantum algebras and its 2-representation theory.
Knot theory and quantum topology,
Higher representation theory and its applications in low-dimensional topology,
Categorification of quantum algebras and its...
Enrico Vitale (MATH)
Je participe à la recherche de l’équipe de théorie des catégories. Notre recherche se concentre sur l'algèbre catégorique: plus particulièrement, nous développons certains nouveaux aspects de la théorie des catégories utiles en algèbre homologique non abélienne, algèbre homotopique de dimension supérieur, algèbre universelle et algèbre topologique, théorie de la descente et théorie de Galois, théorie des algèbres de Hopf et des quandle.
Je participe à la recherche de l’équipe de théorie des catégories. Notre recherche se concentre sur l'algèbre catégorique: plus particulièrement, nous développo...
Gwenhaël Wilberts Dewasseige (CP3)
I am an astroparticle physicist using neutrinos as messengers to probe high-energy phenomena in our Universe. I am working with the IceCube and KM3NeT experiments located at the South Pole and in the Mediterranean Sea, respectively. My main research interest is to combine neutrinos with other messengers, such as photons or gravitational waves, to study transient sources e.g., compact binary mergers, gamma ray bursts, solar flares,...
I am an astroparticle physicist using neutrinos as messengers to probe high-energy phenomena in our Universe. I am working with the IceCube and KM3NeT experimen...
Research scientists (3)
Jérôme de Favereau (CP3)
CP3 website developement and maintenance, issue tracking system, general support, cluster maintenance, openstack deployement, CMS detector upgrade among other things...
CP3 website developement and maintenance, issue tracking system, general support, cluster maintenance, openstack deployement, CMS detector upgrade among other things...
Andrea Giammanco (CP3)
Experimental particle physicist. Interested in data analysis, simulations, phenomenology, non-HEP applications of HEP techniques (and vice versa). Active in "muography" (i.e. imaging with cosmic muons). Member of the CMS collaboration at the LHC, of the MURAVES muography experiment, and of the DELPHES project. Former member of ALEPH at LEP.
Experimental particle physicist. Interested in data analysis, simulations, phenomenology, non-HEP applications of HEP techniques (and vice versa). Active in "mu...
Olivier Mattelaer (CP3, External)
Responsible software maintenance and development of MadGraph5_aMC@NLO (including most of the associated package and plugin)
Responsible software maintenance and development of MadGraph5_aMC@NLO (including most of the associated package and plugin)
Research project coordinators (1)
My activities support IRMP researchers in the identification of external funding for research projects, the coordination of responses to calls for funding, the contribution to project writing, the overall monitoring of projects in their different phases in close collaboration with the general services of the university, the development of interdisciplinary initiatives, and the promotion of the IRMP research results.
My activities support IRMP researchers in the identification of external funding for research projects, the coordination of responses to calls for funding, the...
Physicists, engineers and computer scientists (6)
Pavel Demin (CP3)
Research engineer working on Delphes software for fast simulation of detector response, data acquisition systems for physics experiments, CP3 computing cluster.
Research engineer working on Delphes software for fast simulation of detector response, data acquisition systems for physics experiments, CP3 computing cluster.
François-Philippe Hocquet (CRC)
Cyclotron accelerator, Electron cyclotron resonance ions sources
Cyclotron accelerator, Electron cyclotron resonance ions sources
Professors emeriti (6)
Yves Felix (MATH)
topologie algébrique, homotopie rationnelle
topologie algébrique, homotopie rationnelle
Jean-Marc Gérard (CP3)
Phenomenological aspects of the fundamental interactions, gravity included.
Phenomenological aspects of the fundamental interactions, gravity included.
Jan Govaerts (CP3)
The fundamental interactions, their theories and their quantum unification
The fundamental interactions, their theories and their quantum unification
Luc Haine (GPP)
I work in soliton theory and conformal field theory. My main results and research interests concern
- the Kovalevskaya-Painlevé property for integrable systems,
- equations defining abelian varieties and toric varieties,
- tau-functions and representations of the Virasoro and W-algebras.
I work in soliton theory and conformal field theory. My main results and research interests concern
- the Kovalevskaya-Painlevé property for integrable syste...
Michel Willem (MATH)
nonlinear partial differential equations, global analysis, calculus of variations,
functional analysis, real analysis, history of mathematics
nonlinear partial differential equations, global analysis, calculus of variations,
functional analysis, real analysis, history of mathematics
Postdocs (34)
Deepali Agarwal (CP3)
Stochastic gravitational wave background (GWB) is an anticipated signal of astrophysical and cosmological origin. A large population of faint, unresolvable, and independent sources of gravitational waves (GWs) since the beginning of stellar activity may form an astrophysical GWB. While GWs from the early universe events like Inflation and first-order phase transition are buried under an astrophysical background. Detection of GWB will provide a unique probe to study the large-scale structure of the universe, GW sources, and propagation. The energy flux of GWB is expected to have tiny fluctuations across the sky. Several reasons include inhomogeneities in matter distribution and our peculiar motion in the cosmic rest frame. My research interest lies in characterizing the anisotropy of GWB and inferring source properties. I aim to develop statistical methods to find the signature of anisotropy utilizing data from current and upcoming terrestrial detectors.
Stochastic gravitational wave background (GWB) is an anticipated signal of astrophysical and cosmological origin. A large population of faint, unresolvable, and...
Office: E.253
Email: deepali.agarwal@uclouvain.be
Pierre Auclair (CURL)
I am a cosmologist mostly interested with the physics of the very early Universe mainly through the prism of gravitational wave detectors. My specialities range from the study of topological defects to the aftermath of a first order phase transition and the formation of Primordial Black Holes; but I am always keen to discover new things.
I have been involved in gravitational wave experiments, both ground-based (Virgo) and space-bound (LISA).
I am a cosmologist mostly interested with the physics of the very early Universe mainly through the prism of gravitational wave detectors. My specialities range...
Oussama Bensaid (MATH)
Geometric group theory and the coarse geometry of spaces of non-positive curvature.
Geometric group theory and the coarse geometry of spaces of non-positive curvature.
Federico Campanini (MATH)
My research interests are quite various and include substantially different topics in Commutative and non-Commutative Algebra, Module Theory and Category Theory. They may be listed as follows:
- Weak forms of the Krull-Schmidt Theorem in additive and module categories;
- Prüfer-like conditions in commutative rings with zero-divisors;
- Factorizations in commutative monoids;
- Homological algebra;
- Torsion and pretorsion theories in general categories.
My research interests are quite various and include substantially different topics in Commutative and non-Commutative Algebra, Module Theory and Category Theory...
Office: B428
Rogan Clark (CP3)
PostDoc on the KM3NeT-ORCA experiment,
PostDoc on the KM3NeT-ORCA experiment,
Office: E.163
Email: rogan.clark@uclouvain.be
Disrael Dacunha (CURL)
I work on searches for physics beyond the standard model. Given that a
large class of models describing physics beyond the standard model predicts the appearance of topological
defects, I study the consequences of these phenomena in the large scale structure (LSS) of the universe. My
work involves performing numerical computations that simulate these effects to find optimal statistics that
extract the signal from the topological defects. The primary goal of this study is to favor or discard classes
of models that extend the standard model. I used various numerical computational
tools, such as N-Body simulation (CUBEP3M, Gadget, PKDGRAV3, and PICOLA) and data analysis (Curvelab, S2let).
I work on searches for physics beyond the standard model. Given that a
large class of models describing physics beyond the standard model predicts the appearan...
Arnaud Duvieusart (MATH)
I work on new applications of Categorical Galois Theory in Mal’tsev and semi-abelian categories, especially in relation to internal groupoids and crossed modules.
I work on new applications of Categorical Galois Theory in Mal’tsev and semi-abelian categories, especially in relation to internal groupoids and crossed modules.
Office: B.430
Pierre-Alain Jacqmin (MATH)
My main research interests lie in Category Theory, and more specifically in Categorical Algebra and Universal Algebra. My aim is to deeper understand algebraic categorical properties such as the Mal'tsev, unital or semi-abelian properties; in particular via some embedding theorems or preservation under the cofiltered limit completion. I am also interested in internal groupoids, weak equivalences and their bicategory of fractions as well as in finiteness spaces and generalized rings of power series.
My main research interests lie in Category Theory, and more specifically in Categorical Algebra and Universal Algebra. My aim is to deeper understand algebraic...
Mathieu Lamoureux (CP3)
During my PhD, I have been working on the T2K neutrino experiment, mostly looking for hypothetical heavy neutrinos using T2K near detector, but also participating to the upgrade of T2K near detector.
Then, I obtained a 3-year post-doctoral fellowship in INFN Padova (Italy), where I have been focusing on multi-messenger neutrino astronomy, especially the search for neutrinos in time and spatial coincidence with gravitational waves detected by LIGO/Virgo, using the Super-Kamiokande detector. I spend 10 months as secondment in APC Paris (France) to extend this work to ANTARES telescope. Since I am in Louvain, I am mostly focusing on topics related to multi-messenger astronomy in KM3NeT (GW follow-up, real-time astronomy) and in IceCube (low-energy neutrino selection, service tasks related to supernova monitoring and detection).
During my PhD, I have been working on the T2K neutrino experiment, mostly looking for hypothetical heavy neutrinos using T2K near detector, but also participati...
Office: E.256
Jeff Lazar (CP3)
Neutrino telescope simulation and novel BSM signatures.
Neutrino telescope simulation and novel BSM signatures.
Office: E.163
Email: jeffrey.lazar@uclouvain.be
Alexandre Lazarescu (GPP)
I am a post-doctoral researcher in the field of non-equilibrium
statistical physics, specialised in large deviation theory and
interacting particle models. I completed my PhD in 2013 at the
Institut de Physique Théorique (CEA Saclay), where I worked on the
large deviations of the Asymmetric Simple Exclusion Process (ASEP). I
then worked as a postdoc at the Instituut voor Theoretische Fysica (KU
Leuven) and the University of Luxembourg, and at the Centre de
Physique Théorique in Ecole Polytechnique, before coming to the GPP
group at IRMP. My topics of interests include large deviations and
hydrodynamic limits of interacting particle systems far from
equilibrium, exactly solvable models and their combinatorial
structure, quantum integrability methods (as applied to exactly
solvable driven interacting particle systems, such as the ASEP), and
more general properties of rare events in non-equilibrium statistical
models.
I am a post-doctoral researcher in the field of non-equilibrium
statistical physics, specialised in large deviation theory and
interacting particle models. I...
Office: B.429
Jindrich Lidrych (CP3)
I am an experimental particle physicist, member of the CMS Collaboration at CERN. I am particularly interested in precision Standard Model measurements and Higgs physics.
I am an experimental particle physicist, member of the CMS Collaboration at CERN. I am particularly interested in precision Standard Model measurements and Higgs physics.
Office: E.164
Yang Ma (CP3)
My main research interest lies in elementary particle physics theory, focusing on high-energy collider physics as well as connections to astro-particle physics and cosmology. While the Standard Model (SM) of particle physics provides a remarkably successful description of elementary matter and forces, it fails to address a number of outstanding conceptual and empirical mysteries, such as the naturalness of electroweak scale, the strong CP problem, the nature of dark matter (DM), and the origin of neutrino masses. Clearly the SM must be extended and become part of a deeper structure that will explain these shortcomings, with new physics beyond the SM expected to emerge at some high energy scale. I aim to test the SM itself and search for possible new physics at high-energy colliders such as the Large Hadron Collider (LHC) and other future collider programs (ILC, CLIC, CEPC/SPPC, FCC-ee/hh, muon colliders, etc.)
My main research interest lies in elementary particle physics theory, focusing on high-energy collider physics as well as connections to astro-particle physics...
Paul Malek (CP3)
I am an experimental particle physicist with strong interest in detector development. Currently I am part of the CMS collaboration at the LHC and working on the Phase-2 upgrade of the outer tracker. In my previous work I was involved in the R&D for a high precision time projection chamber (TPC) as a tracker for a potential detector at the planned linear e+e- collider ILC.
I am an experimental particle physicist with strong interest in detector development. Currently I am part of the CMS collaboration at the LHC and working on the...
Office: E.258
Email: paul.malek@uclouvain.be
Andrew Miller (CP3)
I work as part of the LIGO/Virgo collaborations to develop data analysis techniques to detect gravitational waves from isolated neutron stars, depleting boson clouds around black holes, inspiraling primordial black holes, and the stochastic gravitational-wave background. I am also interested in searches for dark matter that interacts directly with gravitational-wave interferometers. In my spare time, I enjoy playing volleyball, travelling, reading, and hiking.
I work as part of the LIGO/Virgo collaborations to develop data analysis techniques to detect gravitational waves from isolated neutron stars, depleting boson c...
Email: andrew.miller@uclouvain.be
Christoph Raab (CP3)
Postdoc working on IceCube. My big topic is trying to do realtime astronomy with GeV neutrinos. But I'm generally interested in multi-messenger astronomy.
Postdoc working on IceCube. My big topic is trying to do realtime astronomy with GeV neutrinos. But I'm generally interested in multi-messenger astronomy.
Jishnu Suresh (CP3)
My primary research focuses on the searches for stochastic gravitational-wave background -SGWB (origin of such a background could be cosmological or astrophysical) using the data from LIGO, Virgo, and KAGRA (LVK) detectors. We have placed the most stringent bounds on the energy density of SGWBs using the latest observational data along with the (first) upper limit maps of the gravitational-wave sky at every frequency bin. We expect that the current efforts will make significant progress in the coming years and result in the first detection of SGWBs.
I am also interested in understanding some aspects of the alternative theories of gravity. In the past, I have worked on black hole thermodynamic aspects of these theories in a newly developed framework called Geometrothermodynamics.
My primary research focuses on the searches for stochastic gravitational-wave background -SGWB (origin of such a background could be cosmological or astrophysic...
Semra Turkcapar (CP3)
I am an experimental particle physicist and interested in detector developments. Currently I am working on the Phase-2 upgrades of the CMS Outer Tracker system at CERN.
I had a large range of experiences in many aspects of detector developments of the CMS HCAL Phase-1 upgrades including assembling, testing, installing, commissioning and operating state-of-the-art electronics such as SiPMs, PMTs, QIE ASIC chips and laser maintenance optical system. My PhD thesis is based on a SUSY search for R-Parity Violating (RPV) and Stealth Top Squark Decays.
I am an experimental particle physicist and interested in detector developments. Currently I am working on the Phase-2 upgrades of the CMS Outer Tracker system...
Office: E.258
Email: semra.turkcapar@uclouvain.be
Matthias Vereecken (CP3)
My research focuses on multi-messenger astronomy, primarily high-energy neutrinos with IceCube and gravitational waves with Virgo. Currently working as part of E-test on Newtonian noise mitigation.
My research focuses on multi-messenger astronomy, primarily high-energy neutrinos with IceCube and gravitational waves with Virgo. Currently working as part of...
PhD students (58)
Florent Afsa (MATH)
Homological Algebra and Categorical Algebra
Homological Algebra and Categorical Algebra
Office: B.422
Email: florent.afsa@uclouvain.be
Tommaso Armadillo (CP3)
I am working on the development of methods and tools to advance our ability to perform precision studies at colliders and apply them to key novel computations. In particular, we aim at introducing new techniques for two-loop integrals that are currently the bottleneck of next-to-next-to-leading order (NNLO) electroweak and use them to obtain predictions for Drell-Yan process at the LHC and for ZH production at future electron-positron colliders.
I am working on the development of methods and tools to advance our ability to perform precision studies at colliders and apply them to key novel computations....
Office: E.162
Ricardo Cabrita (CP3)
I am working in Gravitational Wave Interferometer instrumentation. Working in the optics lab to test the use of Phase Cameras (PC) for mode matching mitigation in optical cavities and also collaborating with the Phase Camera group at Virgo, contributing with optical simulations and trying to understand the PC generated amplitude and phase maps.
I am working in Gravitational Wave Interferometer instrumentation. Working in the optics lab to test the use of Phase Cameras (PC) for mode matching mitigation...
Office: D.024
Email: ricardo.cabrita@uclouvain.be
Francisco Casalinho (CP3)
This project is to study Higgs pair production in the bbtautau final state at CMS. The objectives of this study are: to measure the Higgs self-coupling constant, explore anomalous values of the Higgs couplings and new Higgs couplings using effective field theory parameterisation and study the Higgs pair production associated with a vector boson.
This project is to study Higgs pair production in the bbtautau final state at CMS. The objectives of this study are: to measure the Higgs self-coupling constant...
Office: E.146
Robynn Corveleyn (MATH)
I am interested in a wide range of topics within geometric group theory and representation theory of (locally compact) groups. Currently my focus is on understanding the finite simple quotients of Kac-Moody-Steinberg groups and their relationship to high-dimensional expanders.
I am interested in a wide range of topics within geometric group theory and representation theory of (locally compact) groups. Currently my focus is on understa...
Office: B.323
Maxime Culot (MATH)
Working in the area of homological algebra in a non-abelian context. More precisely, I am working a non-additive version of the left derived functors. This leads me to the study of homotopy of chain complex and a bit of model theory.
Working in the area of homological algebra in a non-abelian context. More precisely, I am working a non-additive version of the left derived functors. This lead...
Office: B.422
Email: maxime.culot@uclouvain.be
Clémentine Dassy (CP3)
I'm working on trajectories of charged particles in electromagnetic knots in vacuum. The next step is to translate these electromagnetic knots into gravitational knots to understand the discrepancy between the theoretical and the observed velocity curves of galaxies.
I'm working on trajectories of charged particles in electromagnetic knots in vacuum. The next step is to translate these electromagnetic knots into gravitationa...
Office: E.253
Antoine Depasse (CP3)
Searches for gravitational waves signal emitted by ultralight boson clouds around rotating black holes with the LIGO-Virgo laser interferometers.
Searches for gravitational waves signal emitted by ultralight boson clouds around rotating black holes with the LIGO-Virgo laser interferometers.
Valentin Durupt (CP3)
Studying particle physics phenomenology at colliders, Standard Model and Beyond with Effective Field Theory framework. Specialising in the use of Quantum Information (QI) observables (such as entanglement) to study fundamental interactions and their interpretation as QI processes.
Studying particle physics phenomenology at colliders, Standard Model and Beyond with Effective Field Theory framework. Specialising in the use of Quantum Inform...
Office: E.049
Email: valentin.durupt@uclouvain.be
Khalil El Achi (CP3)
Internship in the CP3 muography group, participating to detector and simulation activities.
Internship in the CP3 muography group, participating to detector and simulation activities.
Office: E.147
Email: khalil.elachi@uclouvain.be
David Forsman (MATH)
My PhD-topic is to develop a non-abelian theory of spectral sequences. Double semi-simplicial groups have certain spectral sequences associated to them. The motivating question is how much can we generalize this to the semi-abelian context.
My PhD-topic is to develop a non-abelian theory of spectral sequences. Double semi-simplicial groups have certain spectral sequences associated to them. The mot...
Office: B.404
Email: david.forsman@uclouvain.be
Maximilien Forte (MATH)
I am a first year PhD student in Geometric Group Theory. I am currently working in the construction of t.d.l.c groups containing uniform lattices. Keywords : wall space, polyhedral complex, CAT(0) metric.
I am a first year PhD student in Geometric Group Theory. I am currently working in the construction of t.d.l.c groups containing uniform lattices. Keywords : wa...
Office: B.303
Eliot Genton (CP3)
Currently working on a GeV to TeV analysis of solar neutrino events using data from the IceCube Neutrino Observatory in the South Pole, before enlarging this to a multimessenger analysis of the sun,
Currently working on a GeV to TeV analysis of solar neutrino events using data from the IceCube Neutrino Observatory in the South Pole, before enlarging this to...
Office: E.149
Email: eliot.genton@uclouvain.be
Yannis Georis (CP3)
Working on potential explanations for the origin of Baryonic and Dark matter. I focus on extensions of the Standard Model with "light" particles, e.g. particles having a mass at the MeV to TeV scale for which thermal corrections are crucial.
Working on potential explanations for the origin of Baryonic and Dark matter. I focus on extensions of the Standard Model with "light" particles, e.g. particles...
Office: E.254
Email: yannis.georis@uclouvain.be
Lucy Grossman (MATH)
Projet principal actuel: une généralisation des théories de prétorsion aux catégories infinies.
Autres intérêts de recherche: structures supérieures et fondaments des mathématiques, K-théorie algébrique, physique mathématique.
Projet principal actuel: une généralisation des théories de prétorsion aux catégories infinies.
Autres intérêts de recherche: structures supérieures et fondam...
Office: B.429
Email: lucy.grossman@uclouvain.be
Oguz Guzel (CP3)
I am interested in the Higgs boson pair production at the LHC and the analysis of CMS data by making use of the data analysis techniques including machine learning.
I am interested in the Higgs boson pair production at the LHC and the analysis of CMS data by making use of the data analysis techniques including machine learning.
Office: E.148
Email: oguz.guzel@uclouvain.be
Majid Hussain (CP3)
I am an experimental particle physicist with a strong interest in detector development and its commissioning. Currently, I am involved in the CMS Phase-II upgrade for the Outer Tracker.
I am an experimental particle physicist with a strong interest in detector development and its commissioning. Currently, I am involved in the CMS Phase-II upgra...
Office: E.148
Email: majid.hussain@uclouvain.be
Sumaira Ikram (CP3)
Simulations and data analysis of a muon radiography experiment at Mt. Vesuvius, Italy
Simulations and data analysis of a muon radiography experiment at Mt. Vesuvius, Italy
Office: E.148
Karlijn Kruiswijk (CP3)
I am a PhD student in astrophysics, and a member in the IceCube collaboration. My PhD thesis is on on low energy (MeV-GeV) neutrinos from Gamma-Ray Burst populations. For this I work on improving the detection and reconstruction of low energy neutrinos, and look at properties of the electromagnetic spectra of Gamma-Ray Bursts to categorize them.
I am a PhD student in astrophysics, and a member in the IceCube collaboration. My PhD thesis is on on low energy (MeV-GeV) neutrinos from Gamma-Ray Burst popula...
Office: E.257
Maxime Lagrange (CP3)
I am interested in tomographic image reconstruction applied to muography, and how it can benefit from Machine-learning optimization.
I am interested in tomographic image reconstruction applied to muography, and how it can benefit from Machine-learning optimization.
Office: E.147
Email: maxime.lagrange@uclouvain.be
Alex Loué (MATH)
I am interested in various aspects of discrete (finite and infinite) groups, such as combinatorial and geometric features, or representation theory. Currently, I am investigating finite quotients of lattices in exotic Euclidean buildings.
I am interested in various aspects of discrete (finite and infinite) groups, such as combinatorial and geometric features, or representation theory. Currently,...
Office: B.321
Email: alex.loue@uclouvain.be
Matteo Maltoni (CP3)
Working on SMEFT operators phenomenology
Working on SMEFT operators phenomenology
Office: E.165
Email: matteo.maltoni@uclouvain.be
Sébastien Mattenet (MATH)
Did my masters thesis in topos theory.
Currently writing about Lyapunov theory in categorical terms, specifically the converse lyapunov theorem that a system with an equilibrium point must have a corresponding "energy function" (lyapunov fucntion, ie a function that decrease on trajectory and "sufficiently" smooth) that serve as a certificate for the stability.
Did my masters thesis in topos theory.
Currently writing about Lyapunov theory in categorical terms, specifically the converse lyapunov theorem that a system w...
Office: Euler a1.01
Jonathan Mauro (CP3)
Looking for solar-flares produced neutrinos with KM3NeT :)
Looking for solar-flares produced neutrinos with KM3NeT :)
Emile Moyaux (CP3)
Building theoretical neutrino energy distributions (NEDs) over a wide energy range for various astrophysical transient events. The final goal of my thesis is to build mock NEDs from these theoretical distributions, which will help us identifying astrophysical sources in both archival and future data.
Building theoretical neutrino energy distributions (NEDs) over a wide energy range for various astrophysical transient events. The final goal of my thesis is to...
Office: E.366
Email: emile.moyaux@uclouvain.be
Nicolas Robert (GPP)
My research is currently focused on spatial phase separation occurring in some statistical models. This phenomenon appears when boundary conditions induce macroscopic effects on the system, resulting in the formation of several regions with distinct behaviours. These regions are separated by interfaces generally referred to as "arctic curves".
My research is currently focused on spatial phase separation occurring in some statistical models. This phenomenon appears when boundary conditions induce macro...
Per Arne Sevle Myhr (CP3)
I'm working on a novel search for sub-GeV neutrinos from transient astrophysical events using the IceCube Neutrino Observatory.
I'm working on a novel search for sub-GeV neutrinos from transient astrophysical events using the IceCube Neutrino Observatory.
Office: E.149
Email: per.myhr@uclouvain.be
Guillaume Suchet-bernard (CP3)
My current work consist in the automation of the one-loop renormalization of the electroweak sector in the SMEFT.
I am also interested in gauge invariance in both the SM and GR and in non-local effects.
My current work consist in the automation of the one-loop renormalization of the electroweak sector in the SMEFT.
I am also interested in gauge invariance in b...
Simone Tentori (CP3)
I study particle physics phenomenology in colliders, both SM and BSM, with particular attention to top-philic interaction.
I study particle physics phenomenology in colliders, both SM and BSM, with particular attention to top-philic interaction.
Julien Touchèque (CP3)
Phenomenology of CP violation in weak bosons pair production and single top quark processes with the Standard Model Effective Field Theory.
Phenomenology of CP violation in weak bosons pair production and single top quark processes with the Standard Model Effective Field Theory.
Office: E.165
Chloé Van Bastelaere (GPP)
field theory approach to tiling problems
field theory approach to tiling problems
Office: B.327
Nathan Vanbeneden (GPP)
Exact results in physical systems with finite or infinite number of particles.
Exact results in physical systems with finite or infinite number of particles.
Office: B.327
Stavros Venikoudis (CP3)
My research is focused on Stochastic Gravitational Wave Backgrounds with the LIGO-Virgo laser interferometric detectors. Specifically, I work on the development of techniques aimed to disentangle, in case of detection of an SGWB signal, the different contributions to the SGWB and determine their distributions on the sky. Also, I work on the investigation of possible correlations in time and frequency of SGWBs from cosmological sources, such as cosmic strings after relaxing the assumption of stationarity.
My research is focused on Stochastic Gravitational Wave Backgrounds with the LIGO-Virgo laser interferometric detectors. Specifically, I work on the development...
Office: E.255
Corentin Vienne (MATH)
Research in categorical algebra, in particular semi-abelian categories. We are studying consequences of categorical conditions, such as action representability, in varieties of non-associative algebras.
Research in categorical algebra, in particular semi-abelian categories. We are studying consequences of categorical conditions, such as action representability,...
Office: B.427
Email: corentin.vienne@uclouvain.be
Zeqiang Wang (CP3)
(1) Improve the accuracy of the SMEFT predictions
(2) Advance the SMEFiT technology
(3) Perform global analyses of HEP data with optimal observables
(1) Improve the accuracy of the SMEFT predictions
(2) Advance the SMEFiT technology
(3) Perform global analyses of HEP data with optimal observables
Valentin Weber (CP3)
I am currently working on light hidden sector Dark Matter (including sterile neutrinos and ALPs). The main focus of this work lies on the Dark Matter production in the early universe, in particular on the computation of thermal corrections to the product during freeze-in. I want to make more reliable predictions for the relic density in such models, which can be tested in experiments.
I am currently working on light hidden sector Dark Matter (including sterile neutrinos and ALPs). The main focus of this work lies on the Dark Matter production...
Maxime Willaert (GPP)
PhD student, interested in quantization from a differential geometric viewpoint, with a focus on Kirillov's orbit method.
PhD student, interested in quantization from a differential geometric viewpoint, with a focus on Kirillov's orbit method.
Office: B.404
Email: maxime.willaert@uclouvain.be
Leon Winter (MATH)
I am working on open problems regarding Sobolev mappings (valued in a manifold), in particular on their trace theory. The set of all Sobolev mappings is in general not a vector space and its study is therefore very different from a vector valued Sobolev space. Most of the linear constructions which work wonders in the vector valued case (e.g. by convolution) cannot be used in the manifold valued case.
I am working on open problems regarding Sobolev mappings (valued in a manifold), in particular on their trace theory. The set of all Sobolev mappings is in gene...
Office: B.325
Email: leon.winter@uclouvain.be
Zahraa Zaher (CP3)
Machine-learning optimization of experiments in fundamental and applied physics.
Machine-learning optimization of experiments in fundamental and applied physics.
Morgane Zeoli (CP3)
My work is orientated toward gravitational wave (GW) instrumentation. It focuses on passive and active seismic sensing parts and isolation strategies for two gravitational wave detector projects: E-TEST, an almost 1x1 scaled prototype of the future ET (Einstein Telescope) GW detectors which will be built in the Euregio Meuse-Rhine sector, and LGWA (Lunar Gravitational Wave Antenna), a lunar GW detector. I am working on mode damping of the E-TEST cryogenic mirrors crystal compressive suspension using optomechanical dampers and on the characterization of horizontal and vertical Cryogenic Superconducting Inertial Sensors (CSISs) which will be part of the aforementioned projects.
My work is orientated toward gravitational wave (GW) instrumentation. It focuses on passive and active seismic sensing parts and isolation strategies for two gr...
Office: d.025
Email: morgane.zeoli@uclouvain.be
Master students (10)
Noemie Deplechin (CP3)
Study of the performance of the first silicon modules of the future CMS tracker for HL-LHC.
Study of the performance of the first silicon modules of the future CMS tracker for HL-LHC.
Romain Gorski (CP3)
Master student studying AGN (Active Galaxy Nuclei) using electromagnetic, neutrinos and gravitational waves data. The main objective is to search for correlations and space-time coincidence between those three. To do so, I make use of computational and data analysis (plus an ounce of machine learning) methods.
Master student studying AGN (Active Galaxy Nuclei) using electromagnetic, neutrinos and gravitational waves data. The main objective is to search for correlatio...
Office: E. Lannoye
Brieux Kaczmarczyk (CP3)
Applicability of non-parametric data-driven background modelling using conditional probabilities for CMS data analysis
Applicability of non-parametric data-driven background modelling using conditional probabilities for CMS data analysis
Technical staff (14)
Administrative staff (5)
Providing secretarial support to CP3 and CURL
Providing secretarial support to CP3 and CURL
Visitors (9)
Abhishek Chauhan (CP3)
Collaborating with Andrea Giammanco's muography team.
Collaborating with Andrea Giammanco's muography team.
André Füzfa (CURL)
Professor at FUNDP, working in theoretical cosmology: interpretations of dark energy, observational constraints from structure formation, Hubble diagram, CMB, ... and on complex systems in general relativity: dynamical systems, multi-physics N-body simulations, numerical relativity.
Professor at FUNDP, working in theoretical cosmology: interpretations of dark energy, observational constraints from structure formation, Hubble diagram, CMB, ....
Phone: (+32 10 4) 7 3217
Michele Lucente (CP3)
I work on extensions of the Standard Model of particle physics aimed at accounting for the observed neutrino masses and flavour mixing, the origin of the baryon asymmetry of the Universe and the nature of dark matter.
I am currently developing a new computer tool (MadbaM) devoted to precision computations of the baryon asymmetry of the Universe in beyond the Standard Model realisations.
I work on extensions of the Standard Model of particle physics aimed at accounting for the observed neutrino masses and flavour mixing, the origin of the baryon...
Email: michele.lucente@uclouvain.be
Artur Shaikhiev (CP3)
Search for rare decays/new particles. Interested in Monte Carlo simulation of physics experiments
Search for rare decays/new particles. Interested in Monte Carlo simulation of physics experiments
Email: artur.shaikhiev@cern.ch
Interns (8)
Pablo Benlliure Cortina (CP3)
Internship with Eduardo Cortina
Internship with Eduardo Cortina
Phone: (+32 10 4) +34 617 85 1
Giorgio Mauceri (CP3)
PileUp Per-Particle Identification (PUPPI) developments and studies in the context of CMS and Delphes.
PileUp Per-Particle Identification (PUPPI) developments and studies in the context of CMS and Delphes.
Guests (4)
Thierry Delbar (CP3)
Production and collection of Li8 and B8 nuclei to be used for the production of neutrino beams (project EuroNu)
Production and collection of Li8 and B8 nuclei to be used for the production of neutrino beams (project EuroNu)
Phone: (+32 10 4) 7 3202
Email: thierry.delbar@uclouvain.be
Ghislain Grégoire (CP3)
Experimentalist. Detection of radiations (nearly all types ...). Design, simulation, construction, setup and operation of radiation detectors.
Experimentalist. Detection of radiations (nearly all types ...). Design, simulation, construction, setup and operation of radiation detectors.
René Prieels (CP3)
Energy issues: analysis of the energy future based mainly on the physical capabilities of all resources available.
Energy issues: analysis of the energy future based mainly on the physical capabilities of all resources available.
Email: rene.prieels@uclouvain.be